OFFSET
2,2
COMMENTS
The constant plays a role in the horizon problem.
The early universe could contain at least (this constant)/M(p)^3*10^139 ~ 10^83 "separate regions that are causally disconnected", M(p) is the Planck mass energy ~ 1.22*10^19 GeV (see Alan H. Guth paper).
REFERENCES
A. J. Kox and Jean Eisenstaedt, The Universe of General Relativity (Einstein Studies), Birkhäuser, 2005, pp. 241-244.
LINKS
Alan H. Guth, Inflationary universe: A possible solution to the horizon and flatness problems, Physical Review D 23 (2), pp. 347-356.
Wikipedia, Horizon problem
FORMULA
g(*)(T(gamma)) * A248223^(3/2), where g(*)(T(gamma)) = 2 + 7/8*6*4/11 = 43/11.
EXAMPLE
17.88633719573568673950236123229606960956890351824037245544032812591001...
MATHEMATICA
RealDigits[N[43/11*(4/45*Pi^3)^(3/2), 105]][[1]]
PROG
(Magma) n:=43/11*(4/45*Pi(RealField(104))^3)^(3/2); Reverse(Intseq(Floor(10^103*n)));
(PARI) default(realprecision, 105); x=43/110*(4/45*Pi^3)^(3/2); for(n=1, 105, d=floor(x); x=(x-d)*10; print1(d, ", "));
CROSSREFS
KEYWORD
AUTHOR
Arkadiusz Wesolowski, Oct 04 2014
STATUS
approved